Other

Wiser Products

Constructonika, Inc.

Frank J Avellanet

Mark S Peyser

Eduardo De Marchena

Robert L Weiss

The present invention is directed to a human body protecting element for use with and attachment to an article of clothing, such as sports apparel, to protect a wearer from impact and frictional forces, such as road rash. One exemplary body protecting element includes a first part having a first locking member. The first part is for placement along an inner surface of the article of clothing. The body protecting element also includes a second part having a second locking member that is complementary to the first locking member and results in a mechanical coupling (e.g., a snap-fit attachment) between the first and second parts when the first and second locking members engage one another. The second part is for placement along an outer surface of the article of clothing and includes an outer ground contacting contoured surface. The ground contacting surface provides a high impact surface that is contoured so that if the wearer contacts and/or slides across the ground, the ground contacting surface protects the wearer by shielding the wearer's body from the abrasive ground surface.

Body protecting elements for use with sports apparel to protect a wearer from impact and frictional forces

A low profile transvenous electrode system for use in an emergency to sequentially pace both the atrium and ventricle of the heart in a dual chamber mode that includes a plurality of pre-formed, pre-shaped resilient insulated electrical wires bundled together in a tubular, flexible retaining sheath that is used as a guide and delivery system during insertion and removal of the electrode system. When the sheath is retracted, it allows the wires to escape from the sheath and because of their pre-formed shape, each wire having memory, the wires spread out and contact the endocardial surfaces inside the ventricle and atrium chambers. Each of the wires have ball tips to provide high current density and sensitivity.

Disposable low profile transvenous electrode system for sequentially pacing the heart's right atrium and right ventricle (AV)

An infiltration and energy barrier comprising a flexible substrate sheet having at least one metalized layer thereon is applied to a structure in a substantially continuous manner and is disposed between the structural underlayment and the finish material to enhance the energy efficiency of the structure. In accordance with the desired application, the infiltration and energy barrier may be either impermeable or vapor permeable.

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Westport, CT, United States of America

Frank J Avellanet